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| | Rubber to Metal Bonding | £250.00 | | Rapra Polymer Bulletin |  | | This Polymer Bulletin is a current awareness service from the Polymer Library, the world's largest database dedicated to polymer literature. Each time the abstracts database is updated with new records (approx. every two weeks) you will be sent a bulletin alerting you to any items that relate to bonding rubber to metal. Please see the sample issue below (request further samples)
The wide ranging applications of rubber to metal bonding are as diverse as large scale tank linings and automotive engine components, encompassing bridge bearings, rollers, conveyor belting and of course tyres. Recent advances in bonding materials and techniques have been driven both by physical demands and environmental pressures. This has led to the industry facing up to the twin challenges of ever more diverse performance requirements and an increasingly restricted range of solutions.
A Current Awareness service from Rapra may be just what you need to update your knowledge with ease and accuracy without having to waste time, effort and money finding the information yourself.
If there are many people within your organisation who would benefit from this information then get in touch to talk to us about our multi-recipient bulletin. | | | | Format: Annual subscription, E-mail delivery every 2 weeks, Variable no. of records | | ISBN: | | |
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The information you need without having to wade through the
information you don't |
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Sample Polymer Bulletin - one fortnightly update
Rubber to Metal Bonding |
Record 1: Copyquest order no.
951370
Polymers Paint Colour Journal 195, No.4492, Sept.2005, p.46 ISSN: 1357-731X CODEN: PPCJA3
ANAEROBIC ADHESIVES.
Permatex is offering a line of durable retaining compounds designed to provide a secure bond for non-threaded, cylindrical metal assemblies. The adhesives are claimed to permit relaxed machining tolerances on press or slip-fitted parts and product joints up to five times stronger than conventional heavy press fits. This abstract contains all the information in the original article.
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Record 2: Copyquest order no.
951353
Adhasion Kleben und Dichten 48, No.9, Suppl.(within original), 2004, p.44-7 ISSN: 0943-1454
CONTAMINATION TOLERANT ADHESIVE BONDING.
von Czarnecki J; von Hayek-Boelingen M; Gudladt H J; Schenkel H (WIWEB; Henkel-Teroson GmbH; German Armed Forces Institute for Material Research)
The coupling of ultrasonic energy into the adhesive/substrate interface, a process developed by WIWEB, was shown to have positive effects on the contamination tolerance of adhesive bonds. The application of the process required coordination between ultrasonic energy, curing speed and thermal conductivity of the substrates. This was non-critical for metallic joints. Illustrations are given of the parameters affecting contamination-tolerant adhesive bonding, the scheme underlying the WIWEB process, removal of interface contamination by cavitation erosion due to ultrasonic energy, and repair of contaminated airplane part. Results are presented of the destructive testing of adhesively-bonded contaminated double cantilever beam samples.
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Record 3: Copyquest order no.
951113
IRC 2005: Creating Value throughout the Supply Chain. Proceedings of the North European International Rubber Conference held Maastricht, The Netherlands, 7th-9th June 2005 Editor(s): UK,Institute of Materials,Minerals & Mining London, IOM Communications, 2005, p.165-74, 21cm, 012
INITIATION OF FAILURE OR RUBBER CLOSE TO BONDLINES.
Gough J; Muhr A H
Tun Abdul Razak Research Centre
The initiation of failure of rubber close to bondlines, particularly those involving metal inserts, which have a tendency to act as stress raisers, was investigated using finite element analysis and the results interpreted in the light of previously reported results and approximate analytical calculations. Cracking at the corner of a block in nominal simple shear and cracking in the vicinity of a bond with a large fillet in a block in simple shear were examined and consideration given to Adkins singularity. 12 refs.
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Record 4: Copyquest order no.
950715
Adhesives and Sealants Industry 12, No.10, Oct.2005, p.44-6 ISSN: 1070-9592
ADHESIVES AND SEALANTS MARKET RESUMES GROWTH.
The fourth edition of the Rauch Guide to the US Adhesives and Sealants Industry reports that adhesives and sealants registered sales of 11,850m US dollars in 2003. It forecasts that the US adhesives and sealants industry will resume growth after five years of stagnant sales. During the next five years, volume will increase by 12% to reach 12,316m US dollars. Fastest growth, when measured by end use, is forecast for dental and medical adhesives, although these are growing from a small base. Among the larger categories, electrical/electronics and industrial assembly will increase substantially. Packaging, the largest end use, will grow 12.6% by 2008. Some 45 different chemical types of adhesives and sealants are produced. Polyolefins and phenolics each account for 11% of sales, acrylics 9%, PUs 9%, silicone rubber 7% and starches and dextrin 6%.
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Record 5: Copyquest order no.
950662
European Rubber Journal 187, No.5, Sept.-Oct.2005, p.38-9 ISSN: 0266-4151 CODEN: ERJTDW
SEAL MAKER IS SUPERIOR - IN RAPID RESPONSE & TECHNOLOGY.
White L
Superior Seals is a small, highly automated technical seals producer that has seen its turnover rise by nearly 40% in four years. It has been able to invest over 3m pounds sterling in the last year in new facilities and equipment, and is currently planning to invest in a facility in China. Superior's strengths lie in the level of automation it has and its ability to control the production process, as well as its responsiveness. As a precision moulder of O rings and gaskets of all types and rubber-to-metal bonded seals, Superior is very specialised in high-volume seal production. About half of the company's business is with the engineering industries, in seals used in valves in all manner of engineering goods.
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Record 6: Copyquest order no.
950339
International Polymer Science and Technology 32, No.4, 2005, p. T/17-9 ISSN: 0307-174X
STRUCTURE OF THE BOUNDARY REGIONS OF A BRASS COATING-RUBBER SYSTEM.
Shmurak I L (Moscow,Tyre Industry Federal State Unitary Enterprise)
Modern concepts of the morphology of boundary regions of the brass-coated metal cord-rubber system, and the formation of an adhesive bond between them during vulcanisation, may be formulated, it is reported, on the basis of the results of work on investigating the concentration profiles of the boundary regions on model and real systems, the morphology and composition of the sulphide films formed in the contact zone, and the formation of copper sulphides in the presence of vulcanisation accelerators. A typical concentration of the boundary region of the brass-rubber system is presented. Data obtained indicated the formation of copper oxides and sulphides in the region of contact, and also the diffusion of copper and zinc ions into the vulcanisate. It is reported that during vulcanisation of the rubber mix in contact with the brass coating of the metal cord, sulphiding of the components of the brass occurs. The structure of the boundary regions of the brass coating-rubber system is presented. 10 Refs. (Article translated from Kauchuk i Rezina, No.4, 2004, p.42-4).
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